Solar Bracket Making Machine PLC Control Roll Forming Machine with Hydraulic Cutting 10 – 35 m/min

The Solar Bracket Making Machine is an automated roll forming solution designed to manufacture durable steel profiles for photovoltaic mounting structures. Combining PLC control, servo feeding, precision roll forming, punching, sizing, and hydraulic cutting, the machine provides a continuous production process for solar support components.

With a forming accuracy of up to ±1 mm, the machine is suitable for manufacturers that require consistent profile dimensions and reliable production efficiency. Its configuration can also be customized according to the required solar structure profile, material thickness, production speed, and local electrical standards.

Automated Solar Bracket Production for PV Projects

Solar mounting systems require structural profiles with accurate dimensions and sufficient mechanical strength. The solar bracket making machine converts galvanized steel or carbon steel coils into finished mounting components through a continuous forming process.

Depending on the profile design, the production line can be configured with decoiling, leveling, servo feeding, punching, roll forming, cutting, and material collection equipment.

This makes the machine suitable for manufacturing components used in:

• Ground-mounted photovoltaic systems

• Rooftop solar mounting structures

• Commercial and industrial PV projects

• Solar carports

• Agricultural photovoltaic structures

• Large-scale solar farms

The forming configuration can be adjusted to accommodate different profile shapes and dimensions, allowing the same production concept to serve various solar mounting applications.

PLC-Controlled Solar Structure Roll Forming Line

The machine uses a PLC control system with a touch-screen interface to simplify operation and production management. Operators can enter production parameters, control the forming process, monitor machine status, and adjust production settings through the control panel.

Servo feeding provides accurate material positioning before the forming section. When punching is required, the punching system can be synchronized with the forming process to maintain consistent hole positions.

This automated configuration reduces manual intervention and helps maintain stable production during long operating cycles.

Precision Roll Forming with ±1 mm Accuracy

For photovoltaic mounting structures, dimensional consistency is important because finished profiles must match the corresponding installation components.

The solar mounting roll forming machine is engineered to achieve a processing accuracy of up to ±1 mm. The forming rollers guide the steel strip through multiple forming stations and gradually transform the flat coil into the required structural profile.

The rollers are manufactured from Cr12MoV, equivalent to SKD11/D2, providing high hardness and wear resistance. This helps maintain stable forming performance during continuous production while extending the working life of the tooling.

Technical Specifications

Parameter	Specification
Control System	PLC + Touch Screen
Suitable Material	Galvanized Steel / Carbon Steel
Material Thickness	1.0–8.0 mm
Rolling Width	100–400 mm
Production Speed	10–35 m/min
Main Motor	55 kW / 75 kW
Shaft Diameter	70 / 90 / 100 / 120 mm
Roller Material	Cr12MoV / SKD11 / D2
Cutting Method	Hydraulic Cutting
Forming Accuracy	≤ ±1 mm
Power Supply	220V / 380V, 50Hz

The final machine configuration can be customized according to the customer's required solar profile, material specifications, production capacity, and factory power supply.

Hydraulic Cutting for Finished Solar Profiles

After the steel strip passes through the roll forming section, the hydraulic cutting system cuts the formed profile to the programmed length.

Hydraulic cutting is particularly suitable for relatively heavy steel sections because it provides strong cutting force and stable operation. The cutting length can be programmed through the PLC control system according to the production requirements.

The complete production sequence can be arranged as:

Decoiling → Leveling → Servo Feeding → Punching → Roll Forming → Sizing → Hydraulic Cutting → Output

This continuous workflow reduces unnecessary manual handling and helps improve overall production efficiency.

Long-Service Roll Forming Components

A solar structure production line may operate for extended periods, so machine durability is an important consideration.

The solar frame roll forming line uses robust machine structures, precision shafts, and hardened forming rollers to withstand continuous forming operations. The roller material is selected to provide resistance to deformation and wear when processing galvanized or carbon steel.

For different production requirements, the main motor, shaft diameter, forming stations, punching configuration, and cutting system can also be customized.

Flexible Solution for Solar Mounting Systems

Different photovoltaic projects may require different mounting profiles. For this reason, a standard machine configuration is not always suitable for every solar structure manufacturer.

The solar structure forming machine can be designed according to the customer's drawings and production requirements. Profile dimensions, material thickness, hole patterns, cutting lengths, production speed, and electrical configuration can be considered during machine design.

This makes the equipment suitable for both standard solar mounting profiles and customized structural sections.

Why Choose a Solar Bracket Roll Forming Machine?

A dedicated roll forming line provides several practical advantages for solar structure manufacturers:

• Continuous production: Multiple processing stages can be integrated into one automated line.

• High dimensional accuracy: The forming system can achieve accuracy of up to ±1 mm.

• Reduced manual operation: PLC and servo systems automate key production processes.

• Heavy-gauge capability: The machine can process steel materials from 1.0 to 8.0 mm.

• Durable tooling: Cr12MoV/SKD11/D2 rollers offer high wear resistance.

• Flexible configuration: Profile dimensions and production requirements can be customized.

• Efficient cutting: Hydraulic cutting provides stable cutting performance for formed steel sections.

Applications of Solar Mounting Profiles

Finished profiles produced by this machine can be used in various photovoltaic mounting applications. Ground-mounted solar systems may require heavy structural members, while rooftop and carport applications can use different profile configurations according to their structural design.

For manufacturers serving multiple PV projects, a custom solar bracket making machine can provide greater flexibility by adapting the roll forming system to different profile drawings and production specifications.

FAQ

1. What materials can the solar bracket making machine process?

The machine can process galvanized steel and carbon steel, with a standard thickness range of approximately 1.0–8.0 mm. The actual material specification should be confirmed according to the required profile and machine configuration.

2. What is the production speed of the solar bracket roll forming machine?

The listed production speed is 10–35 m/min. Actual speed depends on material thickness, profile design, punching requirements, and cutting configuration.

3. Can the machine produce customized solar mounting profiles?

Yes. The roll forming system can be designed according to the customer's profile drawings, dimensions, hole patterns, material thickness, and production requirements.

4. What is the forming accuracy?

The machine is designed for a forming accuracy of ≤ ±1 mm, helping ensure consistent dimensions for photovoltaic mounting components.

5. Does the machine include punching and cutting?

Yes. The production line can integrate servo feeding, punching, roll forming, sizing, and hydraulic cutting into a continuous automated workflow. The exact punching configuration can be customized according to the solar profile.

The 50Hz Solar Bracket Making Machine provides an automated solution for manufacturing steel components used in photovoltaic mounting structures. With PLC control, servo feeding, Cr12MoV forming rollers, hydraulic cutting, and ±1 mm forming accuracy, the line is designed for stable and efficient solar structure production.

From ground-mounted solar farms to rooftop PV systems and solar carports, the equipment can be customized to manufacture different structural profiles according to project requirements.